Design of human-computer interaction system based on Bezier curve for power vehicle
XU Fangchao
LIU Wei
SUN Feng
GUO Hui
LI Qiang
WANG Shuo
Abstract：Aiming at the problem of poor riding experience in the use of power vehicle,a power vehicle training system with human-computer interaction function was proposed.The lower computer of this system was composed of power vehicle,Hall sensor,single chip microcomputer,servo motor and other modules.The resistance of power vehicle could be continuously adjusted by the newly designed magnetic resistance device.The riding path of the host computer was optimized by using Bezier curve,and the scene tracking effect was improved by combining with real-time interpolation,equidistant interpolation and non-equidistant interpolation algorithms.The experimental results show that the path generated by the real-time interpolation algorithm based on Bezier curve can satisfy the somatosensory consistency and warrant the fluency and stability of riding scene during the process of human-computer interaction.
Keywords：power vehicleBezier curvemagnetic resistance devicestepless continuous adjustmenthuman-computer interactionpath optimizationinterpolation algorithmsomatosensory consistency
Publication Date：2024-11-25
Online Publishing Date：2025-08-15(First online date of this platform, not the publication date of the document)
Pages：7( 792-798 )